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Nerval's Lobster writes "Poor sales have driven Motorola Mobility to whack the Webtop, its attempt to make Android into an all-in-one operating system for both smartphones and traditional PCs. Motorola confirmed the death to CNET before issuing a widely circulated statement. Webtop allowed users to plug their Motorola device into a special laptop dock, which could then display Web pages and files on a full screen. Supported devices included the Motorola Atrix 2, which launched with Android 2.3 ('Gingerbread') and a dual-core 1GHz processor. For those few who bought a Webtop and now need something to do with it, Liliputing posted an article earlier this year about using the device to transform Raspberry Pi into a laptop (with the aid of some key accessories). Raspberry Pi's homebrew computer features a 700MHz processor capable of overclocking to 1GHz and 256MB of RAM, as well as an SD card for longer storage—specs that lag those of the latest smartphones, but Raspberry Pi has the virtue of being quite a bit cheaper at $35."

In a nutshell many companies are twisting their minds all out of shape as to how best combine the smart phone, smart tablet and smart book into as cheap and easily connectible system as possible. How to cut corners in cost, and where best to stick that smart phone, to the tablet, to the keyboard and of course to the big screen TV (will the problems never end). Everyone knows they who do it best will be the next Apple, while Apple rots in the barrel with the rest. Motorola is conducting experiments, with wh

The WebTop used to be a $499 Firefox-driven accessory that you purchased on top of your (already very expensive) Photon/Atrix Android phone.

For $499, one would have expected a full laptop/netbook, or that it came with a free limited 2-year data plan (like you get with the Chromebook), but at that price point, the product made little sense. I actually know a couple of people that already owned Photon phones that could plug into such a device, but that were just not going to purchase a WebTop because of the

The only time that I ever heard of this device is when it's getting whacked. Maybe if they put a little bit more effort into marketing this thing...

But making a specialized device that works with only a few select phones seems to be a bad idea anyway. If they have more clout and developed a standard that will work with all Android phones, then maybe they would find more demand. Now that MMI is a part of Google maybe that will happen.

Also, for phone accessories -- a very expensive accessory -- you would need

As a former Atrix owner, the lapdock was really enticing until I learned its limitations. There's no webcam, so your front-facing camera only sees the back of the lapdock. For whatever reason the trackpad lacked any kind of scrolling, which is imperative for webpages. There was no edge scrolling or two-finger gesture.

They were overpriced and the only way to get them not overpriced was when you're buying your phone, which is when you're already dropping a few hundred bucks on that and new accessories (unless you've already switched to android). Then you even had to buy the $35/mo "tethering option" (what why?! It's not like you could use your phone while it was docked) after dropping another $200 on the hardware.

In the end, great concept, bad execution. Tablets moved in to this space, which I guess were more profitable for Motorola. I can't but think had it changed to be scrollable and not require tethering and have a camera, that many more people would have signed up.

If you want a low-end tablet, get one. They start at around $45 now. By the time you get this thing, a Rasberry Pi, and all the necessary cables and connectors, you'll have spent more, and you'll have an underpowered laptop.

And if you want an "entertainment device", you can get Allwinner-based set-top boxes for about $75, with case and connectors. They usually come with Android, and you can load other Linux distros if you want.

If you're doing homebrew embedded work, one of the ARM boards in the Audu

it was an idea before it's time. The phones needed more ram and more storage to be useful. 1gb of ram just wasn't enough to drive X11 and be responsive. The thing was always running out of memory and it stopped firefox from being usable on it.I loved my lapdock but the limitations were obvious. They need to revive the concept in about 3 years time and make a phone with 4-16gb of ram, when 128-256gb micro sd cards are affordable for users. Then it could replace a laptop. I can see the potential of the webdoc

Actually I think that to succeed those devices need to do without the docking station. One should be able to walk into a friend house or any office and borrow a usb/bluetooth keyboard and mouse and connect to any hdmi screen. One doesn't have to leave a docking station at work, another one at home and a third one somewhere else. That's too inconvenient.

That said, I agree with you on the other requirements. I'd love to have my current computer compacted into my phone form factor (and SG2) but we'll also have

That's a bunch of shit. X11 is not the problem, Firefox is. My first Unix machine was a SunOS4 machine with 24MB. I could run X11R6 with Netscape 2 and it was OK. They should have used Opera, it is the only credible browser which does nearly as much as Firefox, but while genuinely using less system resources.

The concept was actually perfect timing; the problem was it was hobbled by horrendous execution. The Webtop environment was horribly limiting, basically allowing you to do nothing except run Firefox. The $499 price tag on launch day was also unbelievable when you could buy a functional laptop for less. Add on the AT&T options you had to add to your plan in order to own it ("Tethering plan + smartphone data plan") and it made the whole thing horribly cost-prohibitive.

I'm in the process of relocating and have been using my Droid4 with the Lapdock made for the Bionic as my only non 4 inch screen internet access device. It will likely be another two weeks until I can get my PC's back online. I paid $120 for the lapdock, much less than a new laptop. The phones could definately use more RAM; that would improve the performance. Also when VZW rolled out ICS the Webtop went to crap without Firefox and Flash. Of course I've installed those.
I only trusted the motel computers to

Raspberry Pi isn't a great fit for much of anything, and there are cheaper options available.

Just because you can't imagine what R-Pi is great for, that doesn't mean it's not a great fit for anything. There's dozens of tasks which R-Pi is the best fit for, because it has basic GPIO, lots of processing power, and a price tag like an Arduino. Name a cheaper, better way to get a couple of usb cameras onto an IP network, for example. And name a cheaper device with 1080p video decoding; you can't do it. That makes it an awesome option for digital signage. The fact that it doesn't make a good smartphone,

Name a cheaper, better way to get a couple of usb cameras onto an IP network, for example.

You can get network-attached cameras, cheaper than a Pi+Camera, and I'm betting, better features and quality all-around. Not to mention surveillance DVRs with multiple cameras, and built-in network connectivity.

And name a cheaper device with 1080p video decoding;

D-Link MovieNite Streaming Player, DSM310.

There are also several Blu-Ray players near the same price as well... If you need to add power, and storage, and mo

The R-Pi is a DVR with multiple cameras and built-in network connectivity, with the addition of some cameras which are dirt cheap now, and a hub, likewise.

NO, it certainly isn't. A surveillance DVR has maybe 16 (analog) channels for capture,includes all cameras, with 60ft of cable for each (or wireless otherwise), includes 500GB+ HDD, has realtime H.264 encoding for all 16 channels at 640x480, and enough power to stream out a live (or recorded) feed of all 16 at once, to numerous users at once. Let's not

A surveillance DVR has maybe 16 (analog) channels for capture,includes all cameras, with 60ft of cable for each (or wireless otherwise), includes 500GB+ HDD, has realtime H.264 encoding for all 16 channels at 640x480, and enough power to stream out a live (or recorded) feed of all 16 at once, to numerous users at once. Let's not forget it includes a power supply, case, and all the software (no setup required).

Forget for a moment that I've seen countless counterexamples to your claim. I will address this.

Nothing like that is even POSSIBLE with the Pi. USB cameras are cheap, but they've got a strict 3m upper-limit on cable length.

No, in fact, they do not. First, I've extended some with 10' cables successfully, you could probably go further. Second, powered USB extensions are no longer heinously expensive. Third, due to the tree-wired nature of USB, you can accomplish all kinds of clever cable runs with it. Fourth, you can add USB capture devices to support other kinds of cabling, where and as necessary.

And 16 off a USB hub, that's daisy-chained to the built-in USB hub, which is shared between cameras, networking, the data all streaming to the external HDD enclosure you also had to buy, and whatever else you need attached? I don't think there's a snowball's chance in hell a Pi could do it...

"3m" was a typo, I meant 5m (or 15'). USB has strict timing restrictions. Far, far shorter maximum than the common 60' of cabling per-camera that comes with most surveilance DVRs.

Of course it can. It can't do a lot else at the same time, but who cares? It doesn't have to.

No, it can't do it, end of story. You'd be overloading the single USB bus like mad, and losing frames left and right. If it had multiple USB buses, like a real computer, you could potentially do it, but it doesn't makes sense to try,

$80 > $35...and that's the upper version of the pi. There's a $25 version that has the capability as well.

No, in this case, $38 < $25.

It's not even remotely fair to call the Pi even $35, because that's without power, SD card to boot off of, a case for the board, storage for videos, etc. When you drop down to $25, you LOSE NETWORKING, so you need to add the cost